COOKIES: By using this website you agree that we can place Google Analytics Cookies on your device for performance monitoring. |
University of Cambridge > Talks.cam > Zangwill Club > From Neural Criterial Causation to a Premotor Theory of Human Imagination
From Neural Criterial Causation to a Premotor Theory of Human ImaginationAdd to your list(s) Download to your calendar using vCal
If you have a question about this talk, please contact Sara Seddon. The host for this talk is Tristan Bekinschtein In this talk, I will discuss a form of causation operating among neurons that emphasizes dendritic sensitivity to the arrival of coincident presynaptic spikes, and the rewiring of synaptic weights on a millisecond timescale. Such “criterial causation” is “late Wittgensteinian” in the sense that possible outcomes are neither random nor determined but rather adequate and unpredictable, subject to “family resemblances”. Such a neural code allows, say, a jaguar to do otherwise, but not to become otherwise than it is. In contrast, humans can not only do otherwise, they can also become otherwise. I then ask what makes human imagination so different from that of a jaguar? I will argue that the radical creativity of human imagination arose through a process of demodularization whereby previously (i.e. in a chimp-like ancestor) encapsulated operators came to operate on the operands of other modules. I will argue that this “disencapsulation of promiscuous operators” arose in part via the application of internal dexterous hand movements that permitted complex operations to take place within an internal virtual mental workspace before executing any operations in the world. fMRI experiments that test some of these ideas will be discussed. This talk is part of the Zangwill Club series. This talk is included in these lists:
Note that ex-directory lists are not shown. |
Other listsIsaac Newton Institute Distinguished Seminars Faraday Institute for Science and Religion Type the title of a new list hereOther talksJCTS Presentations Title TBC Digital Twins of Patients on Non-Invasive Respiratory Support: Mechanistic and Data-Driven Models to Improve Patient Care Studying Speciation in the Small Ermine Moths (Yponomeuta) TBA Title TBC |